As the global agrochemical industry undergoes accelerated restructuring, stricter compliance standards and intelligent technological iteration have emerged as the core development trends of the sector.The interdisciplinary integration of AI, biotechnology and traditional formulation science is reshaping the R&D paradigm, making systematic formulation innovation, scenario adaptation and global compliance capabilities the core competitiveness of enterprises. Currently, the industry is plagued by disconnection between R&D innovation and field application, insufficient adaptation of generic technologies to refined market demands, and lagging industrialization of green formulations, which constrain the high-quality development and global layout of the industry. To break down technology transformation barriers, iterate the formulation innovation paradigm, and empower the green and intelligent industrial upgrading, AgroPages will host the 7th Ag Formulation & Application Technology Congress (FAT2026) in Hangzhou, Zhejiang Province, China from October 29 to 30, 2026.
Adhering to the core philosophy of "Global Vision, Local Innovation," the congress focuses on the core segments spanning the entire industry chain—formulation R&D innovation, adjuvant technology iteration, complex formulation breakthroughs, biological formulation commercialization, and process engineering upgrades—precisely dissecting the core pain points withineach segment and delivering actionable industry solutions to drive the sector's leapfrog upgrading.
As a flagship event in the global agrochemical formulation sector, the FAT congress consistently captures the pulse of industrial transformation with keen insight, and addresses the most urgent demands of enterprises through practical, targeted and implementable technical topics. With six sessions of accumulation, the forum has attracted participation from over 750 enterprises and institutions across more than 60 countries and regions worldwide. It continues to build a full-chain intellectual support network and industrial cooperation bridge to facilitate the transformation of agrochemical formulation technological innovation into field application.
Key Topics:
Agrochemical Formulations: New Landscape, New Technology, New Paradigm
Pathways for Enterprise Growth Breakthroughs Amid the Restructuring of the Global Agrochemical Formulation Industry Landscape
Technological Breakthroughs for High-Barrier Regional Formulation Markets: From Formulation Innovation to Scenario Adaptation
Formulation R&D Paradigms Driven by New Global Regulatory Trends: From Policy Insight to front-loaded Technology Pathway Design
AI and HTP Screening Empowered Intelligent R&D Paradigm for Adjuvants and Formulations
From Laboratory Success to Field Stability: Performance Prediction and Breakthrough Practices for Bridging the Translation Gap
Innovative Adjuvants: The Technological Leap from Generic to Scenario-Customized Solutions
Structure-Activity Relationships and Modes of Action of Agrochemical Adjuvants
Adjuvant Strategies for Formulation Challenges: From Stability Enhancement to Field Efficacy Gains
Multifunctional Adjuvants: Integrated design and synergistic enhancement mechanism
Customized Adjuvant Development: Active Ingredient-Adapted Design and Pathways to Dose Reduction with Enhanced Efficacy
Soil-Applied Adjuvants: Mode of Action, Efficacy Validation, and Application Scenarios
Development and Application of Bio-Based Adjuvants and Green High-Performance
Complex Formulation Breakthroughs: Systematic Solutions from Molecule to Field
Systematic Breakthroughs for High-Loading, Low-Melting-Point, Water-Sensitive, and High-Salt Formulation Systems
Tackling Mainstream Formulation Types (SC/OD/CS/WDG/ULV, etc.): From Stability to Scenario-Based Application
Sustained- and Controlled-Release Formulations: Technological Innovation, Process Iteration, and Industrialization Case Studies
Smart-Responsive and Targeted Pesticides: Mechanisms, Scenario Applications, and Industrialization Breakthroughs
Nano-Pesticides: Innovative Technologies, Scenario-Based Applications, and Breaking Through Industrialization Bottlenecks
Next-Generation UAV Application Formulations: Formulation Adaptation and Dose Reduction with Enhanced Efficacy for Precision Spraying
Seed Treatment Technology Evolution: From Performance Refinement to Functional Integration and Sustainable Upgrading
Multi-Component Tank-Mix Systems: Intelligent Design, Compatibility Assessment, and Field Risk Control
Construction and practical application of rapid evaluation systems for pesticide formulation stability
Biological Formulations: Full-Chain Breakthroughs from Laboratory to Field
Microbial Formulations: Systematic Breakthroughs in Stability, Shelf Life, and Field Efficacy
RNAi, Synthetic Biology, and Peptide-Based Novel Biological Formulations: Delivery Technologies and Industrialization Pathways
Bio-chemical compound formulation technologies: compatibility challenges, countermeasures and synergistic application cases
Combination of Biological and Chemical Formulations: Compatibility Challenges, Countermeasures and Synergistic Application Cases
Scale-Up and Scenario Adaptation of Biological Formulations: From Pilot-Scale Production to Differentiated Application Scenarios
Formulation Engineering Technology: Innovation and Practice
Continuous, Automated, and Intelligent Design of Formulation Processing Systems and Case Studies
Innovative Design and Industrialization Practices for Flexible Production Lines
Call for Papers
If you are interested in speaking on the topics above or related subjects, please submit an abstract of approximately 300–500 words for a 30-minute presentation to Grace Yuan at grace@agropages.com; agropages@vip.163.com
Get Involved
Speak: Share your expertise and gain industry-wide recognition as a thought leader.
Sponsor: Maximize brand exposure and generate qualified leads with key decision-makers.
Attend: Access cutting-edge insights and expand your professional network globally.
Standard Price: USD 450
(The fee includes: entrance voucher, catering, conference materials; accommodation is not included)
Contact:
Grace Yuan
Review of previous FAT:
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